Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Upper and lower connecting joints of prefabricated modules and construction method
The invention discloses upper and lower connecting joints of prefabricated modules and a construction method. The upper and lower connecting joints comprise four upper prefabricated modules, four lower prefabricated modules and connecting pieces. An embedded sleeve is embedded in the top of a first side plate and/or a second side plate of each lower prefabricated module. A grouting sleeve corresponding to the embedded sleeve is arranged at the bottom of the first side plate and/or the second side plate of each upper prefabricated module. A grouting channel of each grouting sleeve is communicated to an inner cavity of the corresponding upper prefabricated module. The connecting pieces are located between the upper prefabricated modules and the lower prefabricated modules, and the connectingpieces are in lap joint with the four lower prefabricated modules at the same time. A connecting steel bar penetrating through the connecting piece is arranged in each embedded sleeve, the lower endof each connecting steel bar is located in the corresponding embedded sleeve, and the upper end of each connecting steel bar is located in the corresponding grouting sleeve. According to the upper andlower connecting joints of the prefabricated modules and the construction method, connection of the upper prefabricated modules and the lower prefabricated modules becomes very simple and reliable, rapid stacking and assembling of the prefabricated modules are facilitated, and the construction efficiency of a modular building is improved.
本发明公开了一种预制模块的上下连接节点，包括四个上方预制模块、四个下方预制模块以及连接件，每一个下方预制模块的第一侧板和/或第二侧板的顶部预埋有预埋套筒；每一个上方预制模块的第一侧板和/或第二侧板的底部对应于预埋套筒设置有灌浆套筒，灌浆套筒的灌浆通道连通至上方预制模块的内腔；连接件位于上方预制模块和下方预制模块之间，连接件同时与四个下方预制模块搭接；每一个预埋套筒中设置有贯穿连接件的连接钢筋，连接钢筋的下端位于所述预埋套筒内，上端位于所述灌浆套筒内。本发明使得上下预制模块的连接变得十分简单、可靠，便于预制模块的快速堆叠组装，有利于提升了模块化建筑的施工效率。
Upper and lower connecting joints of prefabricated modules and construction method
The invention discloses upper and lower connecting joints of prefabricated modules and a construction method. The upper and lower connecting joints comprise four upper prefabricated modules, four lower prefabricated modules and connecting pieces. An embedded sleeve is embedded in the top of a first side plate and/or a second side plate of each lower prefabricated module. A grouting sleeve corresponding to the embedded sleeve is arranged at the bottom of the first side plate and/or the second side plate of each upper prefabricated module. A grouting channel of each grouting sleeve is communicated to an inner cavity of the corresponding upper prefabricated module. The connecting pieces are located between the upper prefabricated modules and the lower prefabricated modules, and the connectingpieces are in lap joint with the four lower prefabricated modules at the same time. A connecting steel bar penetrating through the connecting piece is arranged in each embedded sleeve, the lower endof each connecting steel bar is located in the corresponding embedded sleeve, and the upper end of each connecting steel bar is located in the corresponding grouting sleeve. According to the upper andlower connecting joints of the prefabricated modules and the construction method, connection of the upper prefabricated modules and the lower prefabricated modules becomes very simple and reliable, rapid stacking and assembling of the prefabricated modules are facilitated, and the construction efficiency of a modular building is improved.
本发明公开了一种预制模块的上下连接节点，包括四个上方预制模块、四个下方预制模块以及连接件，每一个下方预制模块的第一侧板和/或第二侧板的顶部预埋有预埋套筒；每一个上方预制模块的第一侧板和/或第二侧板的底部对应于预埋套筒设置有灌浆套筒，灌浆套筒的灌浆通道连通至上方预制模块的内腔；连接件位于上方预制模块和下方预制模块之间，连接件同时与四个下方预制模块搭接；每一个预埋套筒中设置有贯穿连接件的连接钢筋，连接钢筋的下端位于所述预埋套筒内，上端位于所述灌浆套筒内。本发明使得上下预制模块的连接变得十分简单、可靠，便于预制模块的快速堆叠组装，有利于提升了模块化建筑的施工效率。
Upper and lower connecting joints of prefabricated modules and construction method
预制模块的上下连接节点及施工方法
ZHANG JIAN (Autor:in) / LI JINSHI (Autor:in)
09.02.2021
Patent
Elektronische Ressource
Chinesisch
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